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90% of SMBs are allocating budget for digitalization to effectively meet consumer needs, whilst enhancing the product development and design processes and making significant cost and time savings.

Solid Edge is a portfolio of affordable, easy-to-use software tools that addresses all aspects of the product development process - 3D design, simulation, manufacturing, data management, and more. Solid Edge combines the speed and simplicity of direct modeling with the flexibility and control of parametric design – made possible with synchronous technology.

Solid Edge provides engineers with a design platform that is fast, powerful, and easy to use. Designing high-quality and innovative products by re-using CAD data, quickly making revisions, and taking advantage of a wide range of tools and capabilities within the software environment. The Siemens software incorporates a range of capabilities to provide a complete product development platform. From generative design to simulation, you can create a complete digital twin of your product without the need for expensive prototypes.

Experience fast, flexible design changes, powerful assembly management, and seamless use of multi-CAD data. This comprehensive 3D CAD system uses synchronous technology to accelerate design, make revisions faster, and enable better re-use of imported data. And with integrated capabilities like simulation and design management, you can design better and complete projects faster. You’ll get:

  • Fast, flexible 3D modeling with synchronous technology
  • Next-generation technologies such as reverse engineering and generative design
  • Included photo-realistic rendering
  • Outstanding assembly design and performance
  • Quicker 2D drawing production
  • Sheet metal, frame and weldments, surfacing, and plastic part design functionality.


To learn more – get in touch with us! This email address is being protected from spambots. You need JavaScript enabled to view it.

Finland: +358 9 540 4840 | Sweden: +46 10-209 98 00 | Norway: +47 66 85 99 00 | Denmark: +45 226 448 34 | Estonia: +372 680 3060

Generative Design

Generative Design

Generative design produces an organic, reduced-mass geometric solution of a specific material optimized within a defined space. Generative design is meant to create models that meet your design goals and conform to constraints, with lighter components and minimal material usage.

In this eBook, you’ll learn:

  • What generative design is, and how it is different
  • The step-by-step process for creating an optimized shape
  • Manufacturing options for generative designs
  • How Solid Edge supports this cutting-edge technology

Find out what generative design can do for you:


Collaborative and comprehensive electrical design

Collaborative and comprehensive electrical design

Modern products connect electrical and mechanical systems. How can these two teams come together to iterate and update shared designs?

Electrical systems require intense design work by electrical engineers. But mechanical engineers play a large role in routing wires, often bundling them together, through mechanical assemblies in the product. When changes are needed, these two groups must work together to achieve mutual success. How can you ensure that this collaboration happens seamlessly, so that projects stay on time and on budget, and products work as intended?

Resolving electrical system changes collaboratively and comprehensively to learn what better collaboration could mean for you:


Wiring and Harness

Wiring and Harness

Create fully functional, manufacturable electromechanical designs in a seamless ECAD-MCAD environment.

Design wiring schematics in a graphical interface, with built-in libraries of electrical symbols, components, and simulation models. Validate designs in a data-driven, integrated electromechanical design environment, with time-saving automation as a design proceeds.

You’ll get:

  • Automated harness engineering for creation of drawings, BOMs, costings, NC files and manufacturing reports
  • Built-in intelligent libraries for components, symbols and simulation models
  • Electromechanical digital mockup capability, replacing costly physical prototypes
  • Extended publishing capabilities and BOM exchange for Teamcenter integration
  • Access to a Parts library that includes thousands of popular industrial parts
  • Seamless data exchange between domains with connected mode

Bring products to market faster without sacrificing quality. See it for yourself:GET STARTED TODAY WITH OUR RISK-FREE 30-DAY TRIAL.

Computational Fluid Dynamics (CFD)

Computational Fluid Dynamics (CFD)

Learn how to move simulation into the early design process, where it can help examine trends and eliminate less desirable design options.

When design engineers frontload CFD, moving simulation early, they optimize their overall design processes, making it easier to find answers to complex engineering problems without sacrificing accuracy quickly. How can you put these best practices into action?

Simcenter FLOEFD for Solid Edge supports flow simulation with an embedded CFD simulation tool for easy, fast, and accurate fluid flow and heat transfer analysis.

Fully embedded in Solid Edge, FLOEFD enables design engineers to frontload CFD or move simulation early into the design process where it can help examine trends and eliminate less desirable design options.

Learn more about Simcenter FLOEFD for Solid Edge:

Technical publications

Technical publications

In sales, technical publications help engage prospects by using interactive visual content which communicates product benefits more easily.

In support, technical publications help service departments maintain products, assists with part ordering, and reduces support costs by having better-informed customers.

Solid Edge technical publications is a powerful tool that enables you to streamline your documentation process with time-saving features for rapidly creating and updating documents. Instructions or product catalogs, including 3D graphics, can be created faster, and help reduce costly mistakes.

Learn more about:

CNC Machining

CNC Machining

Accelerate CNC machining, preserve safety and control. How do you get jobs done more quickly while maintaining control and ensuring safety?

The faster you complete jobs, the higher your revenue. For NC programmers, that means producing toolpaths quickly, and producing toolpaths that run quickly. But how do you balance speed with the need for accuracy ― without compromising on safety?

In the latest eBook, Faster Machining, Better Machining, you will learn best practices for accelerating CNC machining, as well as key capabilities for success.

We’ll cover how to:

  • Accelerate machining jobs and improve time-to-revenue
  • Automate intelligence through advanced machining techniques
  • Customizing automation to your tastes
  • Confirm toolpaths are error-free before machining begins
  • Read and work with all types of CAD data


Modular Plant Design solutions

Modular Plant Design solutions

Solid Edge modular plant design solutions allow for fast, easy planning of complex piping systems and plant designs, speeding the creation of intelligent P&ID schematics and 3D piping models.

Solid Edge XpresRoute streamlines the design of mechanical routed systems in a 3D environment, creating pipe and tube routes for the most efficient design.

Solid Edge P&ID Design provides 2D flow diagram and symbol support to create P&IDs, which are crucial for meeting company and international quality standards.

Learn more about:

PCB Design: Benefits of Collaboration

PCB Design: Benefits of Collaboration

With the growing complexity of “smart” and connected products, creating models that combine mechanical devices and electronic control systems, with one or many printed circuit boards (PCBs), can be a challenge. How can engineers manage this complexity, while hitting time-to-market deadlines, keeping costs at target and ensuring that the product works as intended, the first time? How can teams improve integration between electrical computer-aided design (ECAD) and mechanical computer-aided design (MCAD) in order to reduce costly rework?

By focusing on collaboration—considering mechanical requirements during layout and ensuring efficient communication between the electrical and mechanical flows—you can avoid last-minute changes that cost time and money.

In this ebook, you’ll learn ways to maximize the benefits of collaboration in PCB design.

Download today to read about:

  • Using a digital model in a 3D layout environment
  • Adhering to mechanical demands as early as possible
  • Leveraging 3D layout to optimize PCB design




To learn more – get in touch with us! This email address is being protected from spambots. You need JavaScript enabled to view it.

FINLAND: +358 9 540 4840 | SWEDEN: +46 10-209 98 00 | NORWAY: +47 66 85 99 00 | DENMARK: +45 226 448 34 | ESTONIA: +372 680 3060

Selection of Customer CASES

  • Logset Oy
  • Turku AMK
  • PBH Teknik - CNC machining for the high technology industry
  • Bronto Skylift
  • Hesplan Oy
  • TAMK
  • Konecranes
  • Streamlined work for Tooltec Trestad
  • Bronto Skylift
  • SeAMK
  • Suhmuran Metalli
  • Jucat
  • Polar Electro
  • TOMRA - Rethink, Remain & Resource
  • Seco Tools
  • Bronto Skylift
  • Laitila Tooling
  • Harju Elekter Groups
  • TAMK
  • Alpha Aqua
  • Miror – Creating emotional engagement
  • Jucat
  • Mekverken Tool saves time and money
  • University of Oulu
  • SeAMK
  • Toijala Works